UA8-2.4-5.8
RSMA Dual Band 45º Omnidirectional Antenna
New Dual Band (2.4 and 5.8GHz) omnidirectional 45º antenna for use with GLX-D+ Dual Band Digital Wireless Systems. Compatible with GLXD4R+ receiver and GLXD+FMDB Frequency Manager.
Support
Customer Support
Service & Repair
Detailed policy information regarding customer service numbers, service modifications, and replacement parts.
Service & RepairContact Us
Submit a ticket directly to Shure Customer Service staff, or reach out via phone or email.
Contact UsResources
Shure Tech Portal
Complete product documentation, technical support materials, software and firmware, and other tools and resources for all Shure products, in one place.
Sign In
Compatible Products
GLXD124R+/85
Digital Wireless Combo System
Featuring the industry standard SM58® microphone handheld, the WL185 lavalier microphone, and the half-rack GLXD4R+, the new GLX-D+ Dual Band Wireless Combo System is tailored to deliver flexibility for installed applications.
GLXD14R+/85
Digital Wireless Rack System with WL185 Lavalier Microphone
The new GLX-D+ Dual Band Wireless Rack System features the premium wearable WL185 lavalier microphone for spoken word applications and the GLXD4R+ half-rack receiver.
GLXD14R+/93
Digital Wireless Rack System with WL93 Lavalier Microphone
The new GLX-D+ Dual Band Wireless Rack System features the miniature wearable WL93 lavalier microphone for spoken word applications and the GLXD4R+ half-rack receiver.
GLXD14R+/B98
Digital Wireless Rack System with BETA®98H Flexible Gooseneck Microphone
The new GLX-D+ Dual Band Wireless Rack System features the precision-crafted BETA®98H/C flexible gooseneck microphone for brass, woodwind and percussion applications and the GLXD4R+ half-rack receiver.
GLXD14R+/MX53
Digital Wireless Rack System with MX153 Headset Microphone
The new GLX-D+ Dual Band Wireless Rack System features the premium MX153 Headworn Earset for high-quality vocal performance applications and the GLXD4R+ half-rack receiver.
GLXD14R+
Digital Wireless Rack System
The new GLX-D+ Dual Band Wireless Rack System features the WA302 guitar cable and the GLXD4R+ half-rack receiver. Go wireless without complication.
GLX-D+ Dual Band
Digital Wireless Systems
GLX-D+ Dual Band Digital Wireless provides superior, drop-out free audio in 2.4/5.8GHz frequency range, smart rechargeability and easy set-up and management.
GLXD14R+/SM31
Digital Wireless Rack System with SM31 Headset Microphone
The new GLX-D+ Dual Band Wireless Rack System features the versatile SM31 Headset Microphone for spoken word applications and the GLXD4R+ half-rack receiver.
GLXD14R+/SM35
Digital Wireless Rack System with SM35 Headset Microphone
The new GLX-D+ Dual Band Wireless Rack System features the durable SM35 Headset Microphone for high-quality headworn vocal performance applications and the GLXD4R+ half-rack receiver.
GLXD24R+/B58
Digital Wireless Rack System with BETA®58A Vocal Microphone
Featuring the industry standard BETA®58A vocal microphone, the new half-rack GLXD24+/B58 Dual Band Vocal System delivers superior, transparent digital audio.
GLXD24R+/B87A
Digital Wireless Rack System with BETA®87A Vocal Microphone
Featuring the industry standard BETA®87A vocal microphone, the new half-rack GLXD24+/B87A Dual Band Vocal System delivers superior, transparent digital audio.
GLXD24R+/SM58
Digital Wireless Rack System with SM58® Vocal Microphone
Featuring the industry standard SM58® vocal microphone, the new half-rack GLXD24+/SM58 Dual Band Vocal System delivers superior, transparent digital audio.
Comparable Products
UA221DB-RSMA
RSMA Dual Band Passive Antenna Splitter
The UA221DB-RSMA splits an incoming signal into two outgoing signals, allowing two GLXD4R+ receivers to share a single pair of antennas. Designed for use with UA8-2.4-5.8 omnidirectional antennas and PA805DB-RSMA directional antennas.
PA805DB-RSMA
Passive Dual Band Directional Antenna
The new PA805DB-RSMA Dual Band Passive Directional Antenna improves in up to 8dB the reception of half-rack GLXD4R+ receivers and of the GLXD+FMDB Dual Band Frequency Manager.